Patient Bed

ABSTRACT

A patient bed with a multimedia system is disclosed. A patient can access a net work through the multimedia system, and to join a net meeting to chat with other patients. The multimedia system can also provide a consolidated platform of medical information for a doctor or a nurse. An input device of the patient bed may have a touch pad, which allows the patient to control the position of patient support through finger gesture.

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to a patient bed and its peripheralapparatus for facilitating patient's life during hospital time, and moreparticularly, for providing the patient to join a net meeting or chatroom and more easily to control the patient support of the patient bed.

2. Description of the Prior Art

A patient bed is an essential equipment in hospital. Traditionally,patient bed is placed in a ward with some life monitoring devices aroundit. A doctor has to bring patients' medical records when he is visitinghis patients. Sometimes, some patients' situation is complicated, andhand-bring medical records are hard to explain the situation to patientsor hard for doctor to record every detail in medical records.

A patient with chronic disease need to stay on a patient bed for a longperiod. Right now, the only entertainment for a patient is a hangingtelevision in his ward, and sometimes this is only for a higher priceward. Besides, modern people are much busier to accompany theirrelatives who stay at hospital. Therefore, the patients with chronicdisease will lack human interaction and stay in boring life on patientbeds. Since there are medical information requirement and anentertainment need for patients, there is a large room for improvementof patient bed.

SUMMARY OF THE INVENTION

It is therefore a primary objective of the claimed invention to providea patient bed with a multimedia system.

The present invention discloses a patient bed comprising a patientsupport; a multimedia system, for communicating with an externalelectronic device to receive medical information or multimediainformation, the multimedia system comprises a panel, capable ofdisplaying medical information and multimedia information; an inputdevice, for allowing a user to input a command to the multimedia system;a microphone, for allowing the user to speak via the microphone; and aspeaker; wherein the multimedia system is capable of controlling thepatient support.

The present invention also discloses a patient bed comprising a touchpanel, for allowing a user to input a command, wherein the command is agesture of at least one finger; a patient support comprising a motor,for adjusting a position of the patient support relative to a floor; anda motor control system, coupled to the patient support, for controllingthe motor to further control the position according to the command.

The present invention further discloses a patient bed comprising apatient support; a multimedia system, for communicating with an externalelectronic device to receive medical information or multimediainformation, the multimedia system comprises a panel, capable ofdisplaying medical information and multimedia information; an inputdevice, for allowing a user to input a command to the multimedia system;a microphone, for allowing the user to speak via the microphone; and aspeaker; and an emergency button, for emitting an emergency signal whenthe emergency button is pressed.

These and other objectives of the present invention will no doubt becomeobvious to those of ordinary skill in the art after reading thefollowing detailed description of the preferred embodiment that isillustrated in the various figures and drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a schematic diagram of a patient bed according to anembodiment of the present invention.

FIG. 2 is a multimedia system of a patient bed shown in FIG. 1.

FIG. 3 is a schematic diagram of the network system according to anembodiment of the present invention.

FIG. 4 is a schematic diagram of an input device according to anembodiment of the present invention.

FIG. 5 is a schematic diagram of finger gesture according to anembodiment of the present invention.

DETAILED DESCRIPTION

Please refer to FIG. 1, which is a schematic diagram of a patient bed 10according to an embodiment of the present invention. The patient bed 10comprises a multimedia system 101, an output device 103, an input device105, a patient support 110 and a motor control system 107. The patientsupport 110 can be divided into several portions according to differentpatient bed design. For example, as shown in FIG. 1, the patient support110 is divided into three potions, the head potion 110-1, the middlepotion 110-2 and the leg potion 110-3. The patient support 110 can alsodivided into more than three potions for better support, or only dividedinto two portions, all of these are not escape from the scope of thisinvention.

The multimedia system 101 can be placed under the patient support 110 asshown in FIG. 1, or be placed nearby the patient bed 10. The detail ofthe multimedia system 101 is shown in FIG. 2. The multimedia system 101has a network port 201, a signal input port 203, a signal out port 205and a control port 207. The network port 201 can be a RJ-45 port, aRJ-15 port, a RJ-11 port, a RJ-14 port, a BNC port or other networkport. The network port 201 can also be an antenna for receiving ortransferring information of wireless network, such as Wi-Fi (IEEE 802.11), Wi-Max (IEEE 802.16) etc. The signal input port 203 is coupled tothe input device 105, for receiving the input command or input signalfrom a user. The signal out port 205 is coupled to the output device103, for outputting video information or audio information to the outputdevice 103. The control port 207 is coupled to a motor control system107 for controlling the patient support 110 position relative to thefloor.

The multimedia system 101 can access network through the network port201, and the network could be intranet or internet. Please refer to FIG.3, the patient at multimedia system 101-1 site can access the server 301through an intranet system. Other patients at multimedia system 101-2site and multimedia system 101-3 site can also access the server 301.Every patient who accesses the server 301 can start a net meeting or achat room, other patients who want to join the net meeting or the chatroom can join it directly or ask permission to the host. The net meetingor the chat room will show other patients' photo on the output device103, which can be a monitor. Each of them can talk to other patientsthrough the network system, and see their faces at the same time. Thehost of the net meeting or the chat room can set black list to blocksomeone if the host doesn't want a specific patient to join the netmeeting or the chat room.

The patient at multimedia system 101 site can also access the networksystem to browse the net through either internet or intranet, read thenews, read some articles or watch video. A doctor can use the multimediasystem 101 to access the server 301 and retrieve the patient's medicalrecord. By this way, doctor can have more detail information of thepatient; include X-ray photos, MRI photos or what medicine the patienthas taken. A nurse can also use the multimedia system 101 to input thepatient's information, such as the patient's body temperature, pulse,weight, what medicine has been taken, what food has been eaten or otherinformation. The multimedia system can consolidate all medicalinformation of the patient so the doctor or the nurse can easilyunderstand the comprehensive condition of the patient.

The input device 105 can be placed nearby the patient's side. The inputdevice 105 can be a keyboard, a touch pad a mouse or some controlbuttons. The patient can easily join a net meeting or chat room throughthe input device 105. Please refer to FIG. 4, which illustrates twotypes of the input device 105. The input device 401 comprises a touchpad 403, some function buttons 409, microphone 405, channel selection408, volume selection 406 and an emergency button 407. The functionbuttons 409 may have some specific functions, such as button A isjoining or quitting a net meeting, button B is watching TV and button Cis browsing web. The function buttons 409 can have more or less buttons,and be assigned to different functions, such as raise the patientsupport 110 or flat the patient support 110. The patient can use thetouch pad 403 to control a cursor on the output device 103, or usepredefined gesture of finger to input command to the multimedia system101. Some predefined gestures are shown in FIG. 5, which can beone-click, double clicks, upward movement (A), downward movement(B),clockwise circle (C), counterclockwise circle (D), two fingers movinginward (E) and two fingers moving outward (F). Each predefined gestureis corresponding to a predefined command. For example, the patient canuse upward movement to raise the patient support 101 or to turn up thevolume, downward movement to lower the patient support 101 or turn downthe volume, clockwise circle or two fingers moving inward to fully raisethe patient support 101 or change to next mode, counterclockwise circleor two fingers moving outward to fully lower the patient support 101 orchange back to previous mode. The input device 410 is another example ofthe input device 105, which comprises a keyboard region 416, functionbuttons 412 and an emergency button 414. The patient can use thekeyboard to input command to the multimedia system 101, or use thefunction buttons 412 to input special command. Both input device 401 andinput device 410 has an emergency button. The patient can use theemergency button whenever he/she not feel good, or when the patient seethe other patient on the net meeting has some physical problem andunable to press the emergency button by himself/herself. The microphone405 can receive the voice of the patient, and send the voice signal tothe multimedia system 101. The multimedia system 101 will send out thevoice signal to another patient when the system is in net meeting mode,and the multimedia system 101 will recognize the voice when the systemis in voice control mode.

The motor control system 107 has a motor to adjust the patient support110 according to a command receiving from the input device 105. Thecommand of the input device 105 can be sent to the motor control system107 directly, or be sent to the multimedia system 101 first then themultimedia system 101 controls the motor control system 107.

To sum up, the present invention provides the patient a more enjoymentmoment during hospital time, especially provides the patient to chatwith other patients even each of them are in different wards. So thepatient will not be limited by the equipments and will not sufferaffection by other patients' germ or virus. The doctor and nurse andalso use the multimedia system to consolidate all patients' medicalinformation, so the real and complete condition of the patients can beunder control.

Those skilled in the art will readily observe that numerousmodifications and alterations of the device and method may be made whileretaining the teachings of the invention. Accordingly, the abovedisclosure should be construed as limited only by the metes and boundsof the appended claims.

What is claimed is:
 1. A patient bed comprising: a touch pad, forallowing a user to input a command, wherein the command is a gesture ofat least one finger; and a patient support comprising: a motor, foradjusting a position of the patient support relative to a floor; and amotor control system, coupled to the patient support, for controllingthe motor to further control the position according to the command. 2.The patient bed of claim 1, wherein the gesture of finger is a singlefinger gesture.
 3. The patient bed of claim 1, wherein the gesture offinger is a multi fingers gesture.
 4. The patient bed of claim 1,wherein the motor control system controls the motor according to thecommand to raise a head portion of the patient support.
 5. The patientbed of claim 4, wherein when the command is corresponding to an upwardmovement gesture, the motor control system controls the motor accordingto the command to raise the head portion of the patient support.
 6. Thepatient bed of claim 4, wherein when the command is corresponding to anclockwise circle gesture, the motor control system controls the motoraccording to the command to raise the head portion of the patientsupport.
 7. The patient bed of claim 4, wherein when the command iscorresponding to a counterclockwise circle gesture, the motor controlsystem controls the motor according to the command to raise the headportion of the patient support.
 8. The patient bed of claim 4, whereinwhen the command is corresponding to a two-finger moving inward gesture,the motor control system controls the motor according to the command toraise the head portion of the patient support.
 9. The patient bed ofclaim 4, wherein when the command is corresponding to a two-fingermoving outward gesture, the motor control system controls the motoraccording to the command to raise the head portion of the patientsupport.
 10. A patient bed comprising: a touch pad, for allowing a userto input a command, wherein the command is a gesture of at least onefinger; a patient support comprising: a motor, for adjusting a positionof the patient support relative to a floor; and a motor control system,coupled to the patient support, for controlling the motor to furthercontrol the position; and a multimedia system for providing multimediainformation according to the command.
 11. The patient bed of claim 10,the gesture is a one-click, double-click, clockwise circle,counterclockwise circle, two-finger moving inward, or two-finger movingoutward gesture.
 12. The patient bed of claim 10, wherein the patientbed further comprising a panel for displaying.
 13. The patient bed ofclaim 10, wherein the multimedia system performs a net meeting functionaccording to a specific gesture, and the multimedia informationcomprises net meeting information.
 14. The patient bed of claim 13,wherein the gesture is a one-click or double-click gesture.
 15. Thepatient bed of claim 10, wherein the multimedia system performs anetwork browsing function according to a specific gesture, and themultimedia information comprises network information.
 16. The patientbed of claim 15, wherein the gesture is a one-click or double-clickgesture.
 17. The patient bed of claim 10, wherein the multimediainformation comprises audio information, and the multimedia systemfurther controls a volume of the audio information according to aspecific gesture.
 18. The patient bed of claim 17, wherein the specificgesture is corresponding to an upward movement gesture, and themultimedia system raises the volume when the upward movement gesture isinputted.